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首页> 外文期刊>Journal of Geophysical Research. Biogeosciences >VERIFICATION PLAN OF OCEAN COLOR AND TEMPERATURE SCANNER ATMOSPHERIC CORRECTION AND PHYTOPLANKTON PIGMENT BY MOORED OPTICAL BUOY SYSTEM
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VERIFICATION PLAN OF OCEAN COLOR AND TEMPERATURE SCANNER ATMOSPHERIC CORRECTION AND PHYTOPLANKTON PIGMENT BY MOORED OPTICAL BUOY SYSTEM

机译：浮标光学浮标系统对海洋色温扫描仪大气校正和浮游植物色素的验证方案。

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A moored optical buoy system has been developed by the National Space Development Agency of Japan (NASDA) for verification of ocean-observing remote sensing sensors of the Advanced Earth Observing Satellite (ADEOS). An underwater spectral radiometer was specifically designed for this optical system. The two upward radiance and downward irradiance correctors were connected with fiber optical system and were placed at the depth of 1.5 m and 6.5 m. The collector parts of the radiometer were extended from the center of the buoy system in order to avoid self shading with 3 m and 1.2 m arms at the depth of 1.5 m and 6.5 m, respectively. Spectral incident irradiance was measured at top of the buoy system. Phytoplankton pigment concentrations were monitored by Aquatracka-III fluorometer placed at the bottom of the surface float. Atmospheric temperature, pressure, humidity, wind speed and direction, water temperature at a depth of 1.2 m and 6.5 m, and wave height and direction were also monitored. In this paper, we present results from test deployment during January 16 to March 15, 1995, in the Suruga Bay, off Shizuoka, Japan, and compare the water-leaving radiance obtained by buoy with one observed by ship. The chlorophyll a concentrations calculated from water-leaving radiance were also compared with chlorophyll fluorescence measured by fluorometer. It was proved that the self shading and wind affected the radiance and irradiance in the sea. It becomes clear that the quality check of the buoy data is very important for verification of the satellite data. We present also the verification plan of atmospheric correction and phytoplankton pigment for ADEOS/ocean color and temperature scanner (OCTS) using the sea truth data obtained from this buoy system and ships. [References: 17]
机译：日本国家空间开发局（NASDA）已开发出一种系泊光学浮标系统，用于验证高级地球观测卫星（ADEOS）的海洋观测遥感传感器。水下光谱辐射计是专门为该光学系统设计的。将两个向上和向下辐射校正器与光纤系统连接，并分别放置在1.5 m和6.5 m的深度处。辐射计的收集器部分从浮标系统的中心伸出，以避免分别在1.5 m和6.5 m的深度处出现3 m和1.2 m臂的自遮蔽。在浮标系统的顶部测量光谱入射辐照度。浮游植物色素浓度通过置于浮标底部的Aquatracka-III荧光计进行监测。还监测了大气温度，压力，湿度，风速和风向，1.2 m和6.5 m深度的水温以及波高和风向。在本文中，我们介绍了1995年1月16日至3月15日在日本静冈县Suruga湾进行的测试部署的结果，并将浮标获得的出水辐射率与船舶观测到的出水辐射率进行了比较。还比较了由离水辐射率计算出的叶绿素a浓度与通过荧光计测量的叶绿素荧光。事实证明，自遮荫和风影响了海洋的辐射度和辐照度。显然，浮标数据的质量检查对于验证卫星数据非常重要。我们还使用从该浮标系统和船上获得的海洋真实数据，提出了用于ADEOS /海洋颜色和温度扫描仪（OCTS）的大气校正和浮游植物色素的验证计划。 [参考：17]

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